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. 2010 Nov 11;6(11):e1000986. doi: 10.1371/journal.pcbi.1000986

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Saberi, Emberly.

This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are properly credited.

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Results for a cell possessing two chromosomes with (a) length or (b) length . Diameter and DNA volume fraction are as in Fig. 6a. ‘MULTI_2’ corresponds to 2 protein domains, one in between the two chromosomes and one at a pole. ‘MULTI_3’ corresponds to all chromosome free regions being occupied by a protein domain. (c) Results for cells possessing three chromosomes. Here ‘MULTI_2’ are patterns with two protein domains that are not at both poles, ‘MULTI_3’ cells possess three domains and ‘MULTI_4’ cells have all chromosome free regions occupied by a protein domain. Frequecencies of patterns were found as a function of over 25 independent simulations at each value of and length, .

Inline graphic — Results for a cell possessing two chromosomes with (a) length or (b) length . Diameter and DNA volume fraction are as in Fig. 6a. ‘MULTI_2’ corresponds to 2 protein domains, one in between the two chromosomes and one at a pole. ‘MULTI_3’ corresponds to all chromosome free regions being occupied by a protein domain. (c) Results for cells possessing three chromosomes. Here ‘MULTI_2’ are patterns with two protein domains that are not at both poles, ‘MULTI_3’ cells possess three domains and ‘MULTI_4’ cells have all chromosome free regions occupied by a protein domain. Frequecencies of patterns were found as a function of over 25 independent simulations at each value of and length, .